Chemistry
2-Phenylethylamine
13%
Ab Initio Calculation
25%
Acetylene
75%
Bond Energy
14%
Carbohydrate
13%
Carbon Atom
13%
Chemistry
14%
Communication
22%
Conformational Isomer
35%
Disilicon
23%
Electronic State
20%
Energy
35%
Enthalpy of Formation
19%
Flash Pyrolysis
14%
Fragmentation
14%
Gas
13%
Glyoxal
18%
Hamiltonian
17%
Hot Electron
36%
Hydrogen Peroxide
12%
Ionization Potential
22%
Isomerization
72%
Isoprene
14%
Laser Induced Fluorescence Spectroscopy
23%
Lignin
20%
Microwave
16%
Microwave Spectroscopy
26%
Molecule
23%
Normal Modes
14%
Perturbation Theory
34%
Photocatalysis
18%
Photoelectron
19%
Photoelectron Spectrum
21%
Photoelectron-Photoion Coincidence
13%
Photoionization
37%
Photoionization Mass Spectrometry
16%
Potential Energy Surface
14%
Pyrolysis
50%
Quantum Number
14%
Rotamer
19%
Rotational Constant
21%
Rotational Spectroscopy
19%
Rotational Spectrum
27%
Silicon Carbide
18%
Spectroscopy
20%
Synchrotron Radiation
16%
Thermal Cracking
13%
Transition State
21%
Tunneling
37%
Velocity
20%
Physics & Astronomy
acetylene
91%
anions
10%
astrophysics
14%
atoms
12%
butadiene
13%
carbohydrates
11%
carbon stars
25%
characterization
10%
chemistry
13%
communication
20%
electronics
19%
energy
25%
excitation
13%
field theory (physics)
17%
fragmentation
16%
harmonics
14%
hot electrons
17%
hydrogen peroxide
20%
infrared spectra
14%
infrared spectroscopy
13%
ionization
27%
isomerization
100%
isomers
15%
ketenes
15%
kinetic energy
17%
laser induced fluorescence
17%
lignin
29%
mass spectroscopy
15%
methylidyne
18%
microwaves
12%
molecules
17%
nitromethane
12%
perturbation theory
21%
photoelectrons
33%
photoionization
33%
products
22%
pyrolysis
57%
radio telescopes
14%
reactors
23%
rotational spectra
19%
silicon carbides
14%
spectroscopy
26%
staggering
10%
temperature effects
15%
thermal decomposition
30%
thermochemistry
13%
vibration
14%
vibration mode
18%
vibrational states
11%
vinylidene
17%
Engineering & Materials Science
Absorption spectroscopy
19%
Acetylene
33%
Atoms
14%
Biofuels
9%
Bond length
14%
Butadiene
32%
Carbides
12%
Carbohydrates
11%
Carbon
12%
Circular polarization
10%
Electron affinity
16%
Ethane
10%
Fluorescence
21%
Ground state
15%
Hot carriers
11%
Hot electrons
24%
Hot Temperature
16%
Hydrogen peroxide
10%
Infrared absorption
9%
Infrared spectroscopy
21%
Ionization
22%
Ionization potential
17%
Isomerization
61%
Isomers
9%
Isoprene
13%
Laser spectroscopy
13%
Lasers
15%
Ligands
11%
Lignin
10%
Mass spectrometry
10%
Molecular oxygen
14%
Molecular structure
16%
Molecules
22%
Negative ions
16%
Photocatalysis
26%
Photodetectors
10%
Photoelectron spectroscopy
14%
Photoelectrons
44%
Photoionization
58%
Plasmonics
24%
Positive ions
15%
Pyrolysis
56%
Radio telescopes
11%
Silicon carbide
17%
Spectroscopy
34%
Synchrotron radiation
9%
Synchrotrons
16%
Temperature
9%
Thermal effects
17%
X-Ray Emission Spectrometry
10%